Automatic camera



April 13 1926. 1,580,329

J. M. Rasse-a AUTOMATIC CAMERA Filed March 9. 1922 2 sheets-sheet 1 l a e l 2b l2.

will r April 12., 192s. 1,580,329

J. M. REscH AUTOMATIC CAMERA Filed March 9. 1922 2 Sheets-Sheet 2 Mmmm/m@ 3tlg 'WIJ Patented Apr. 13, 1926.

'IJNYIEDY mm v JOSEPH MARTIN REsoII, or sAN FRANoIsoo, CALIFORNIA, AssIeNoR'To WILIiIA-MJW. y

HOTCHKISSQF SANTA CRUZ, CALIFORNIA. l

AUToIvIA'rIt` CAMRRA.

Application med March 9,19221.' serial No. 542,225.

To all tf1/tomi?? may concern: l

Be it known that I, JOSEPH MARI-"IN Rasoir, a citizen of the United States, and resident of the city and county of San Francisco, StateV of California, have invented-new and useful Improvements in Automatic Cameras, of which the following is a specilication.- l

My invention is particularly adapted to cameras of the folding type, employing films wound upon spools', lalthough it may be employed also with other forms. i

Among the principal objects of my invention is the automatic winding ofthe filmV whereby a new film surface 1s automatically brought into position ready for an exposure whenever the camera is opened and there remains so that no further lmovement of the film takes place until a single exposure has been made.

A further obj ect is the provision of means whereby after a single exposure has been lmade upon af film surface, the shutter operating lever is shifted into a disappeared Aposition and thereafter further shutter op-Vv eration prevented until a new film surface is brought Into exposure position;V excessive film movement 1s also prevented and consequently the skipping of exposures lsavoided. Double exposures are also avoided in that the shutter isalso collapsed against all .but one exposure for each film section.

A further object y is the rapidity with which thevcamera may be'pbrought into operation.

A further object is the exact positioning of the film before exposure independent of,

any `attention from the operator, it not being necessary to watch the film to secure'plerfect registration.`

` My inventionudoes away with the conventional wind'ing key, thus presenting a more harmonious appearance. y

Further objects are the accurate and easy winding `of the leaders at each end of film:

vand means whereby theshutt'er is set into Y the most frequently used adjustment and' means ,insuring ra closed shutter whenever ,the camera is closed.

A vfurther obJect 1s a actuating lever. i

Other objects will appear from the drawings and specifications which follow.

Figure 1V is a perspuecti,ve view of myl carn-l y vinechanism with `winding wheel shown in dotted position;

`,the interior parts.l

Fig. 2, is a rear'vlew ofthe camera-with thefback removedshowing certain of the Amechanism of'l my invention andthe lilm 60 spools in place. 1 i 1 Fig.l3 is an enlarged detail, partly in section, of part of the winding mechanism.

Fig. l -is a plan view of the winding wheel vsliovvingf the disengaging triggerf andtrip. 65

Fig. v5 is similar to Fig. 4 fwith the parts Vpositioned when the cord is wound thereon and Yshowing-the corresponding position of certain of the othe-rpa'rts. f. Y 'f Fig. 6 is a detail section of the regulating 70 wheel and tally disc.

Fig. 7 is a. detail disc. Y

Fig. 8 shows the position of'thefthimble and cam when the winding Vwheel is disengaged from the crownwheel.v

Fig. 9 shows the position of the thi'mble and cam when the winding wheel is engaged with the crown wheel and corresponds with the dotted position of theV said winding wheel in Fig. 3. i

' Fig. V10 is a'detail perspective lview of thelocking plate and certain of its associated PMS'- 1 I Fig. 11 is a front view of thelocking 85 plan View of theftally plate land control arm.

.manner in which the cord lever actuates thev y lookin-g plate.

,-Fig.V 131s a `plan view of certain ofthe `the regulating wheel and and corresponding with the. camera being empty ,or with Vcomplete Yfilm andV leader having been wound on spool and with the winding wheel still in engagement with the crown wheel; p p i Fig. 14 is similar to Fig. 18 excepty'that a new film` has been inserted and the ',rst 100 leader h as been wound and first section of film has'been brought into position corre sponding with 58 of Fig. 2, by tliewi'nding disappearing shutter v kwith the winding wheel disengaged from `,mechai'iism'.and is ready for Van exposure,

the crown wheel and held in said position by the locking plate and control arm.

Fig. 15 'is a perspectiveview of the lock` ing plate, control arm, trip and cam for the winding mechanism, and showing the finger and part oi the pawl arm which operates the regulating wheel. .Y 'l

Fig. 16 is a side view of the regulator wheel and its operating pawl. y

Fig. 17 is a detail of tire parts immediately over the regulator wheel of Fig. 13 Vadapted topadvance the said wheel from the `les inoperative position 'when' a new film is in-V serted and settingv the mechanism ready to 'automatically control the movement of the new film. y v l i Figs. 18, 19, 20, 21, 22,23 are ldetails of the disappearing shutter lever mechanism.

Fig. 24 vis a sectionthrough .the shutter plate showing the cord and clev1s.

Fig. 25 is a fragmentary view of the front of the camera showing the cord end,v employed for winding the leaders at each end of the film and showing the means for restoring the 4shutter setting to the most used position whenever the camera 1s closed, and which functions to close theshutter 1n case it had not been closed following a time eX- posure setting. 2

Fig. 26 illustrates the automatic front Y plate foot or rest.

Fig. 27 is a plan view of Fig. 26 with the front .plateshown in section an-d with the foot shown folded nearly into its final closed or collapsed position.

Fig. 28 issimilar kto Fig. 27 but just after the foot has reached final closed position and been latched therein.

vThroughout. the figures similar numerals refer to identical parts.

In the-particular illustration chosen to exeinplifyr my invention I have shown Coning preferably across the camera casing and ventional folding type of camera 1, adapted to employ film.

i l/iithin'the camera is shown the spool of newY film at and the empty spool on which the said film is vto be wound, as used, is shown lat 7, having the slotted axle 4. Y

At 5 is a mechanism compartment extendadapted to contain a portion of the winding and operatingmechanism of my invention.

At 8 is showny the front plate of the camera carrying the lens, the shutter mechanism', the

supporting foot and certain other details which will befdcscribed below. When they 'camera is operated the front is supported from Vthe easing by the lazy tongs 9 9 on eachside of the camera in the conventional way. At 10 is shown the operating cord andv hat 11the regulating wheel, and the pawl arm 12 by which the said wheel is actuated.

yThis pawl arm is controlled through the actuation of' the finger 13 which is mounted on the spindle 14 and whichspindle carries also the trip 15, control arm 16 and cam 17.

`Above the regulating wheel 11 is the spring connected trip 19 pivoted at 36, and spring lever 20. These latter 'parts are brought into operation when Athe film spool 55 is taken out of the camera. and aI new film inserted therein corresponding with the movementof the trip 1,9 in Fig. 17 whereby thc regulating-wheel-ll is moved the distance corresponding with tooth 21, thereby advancing the said wheel a distance to coinpensate yfor the interrupted lspace occupied by the long tooth 57, which with the series of pawl teeth 49 correspond with a complete revolution of wheel 11.

At lf3-is` a tally disc operating synchronously at all times with the regulating wheel 11 through the key and slot connection 23 orjit may be made integraltherewith. At 24 is the locking plate having an end recess 25 adapted to engage the control arm 16, under certain conditions which will be described below. This locking plate may be tripped ont of engagement upon the movement of the cord lever 26 raising the wing piece 27 when the said cordvlever is actuated by the clevis 23, on the cord 1,0,Y during a Afinal closing movement of the camera, under certain conditions which will be specified below, see also Figs. 16, 12, 5.v This cord lever is set into operative position by the arm 29 normally raising from the low position 37 to the high position 33 upon the cam shaped periphery of the regulating wheel 11, Figs. 13, 14.

The cam member 17 forms a support of variable elevation for the thimble 30 which actuates a compression spring 31 to raise the winding wheel 32 into mesh with the crown wheel v33 and therefore to couple,

through the pawl and teeth 39 the said winding wheel with the spool, see Figs. 2, 3. The winding wheel is carried uponv the hollow spindle 34 and is under the tension of spring 35 to a varying degree depending upon the lwinding action of the cord 10. The cord 1() passes over vthe pulley 40 and thence to the winding wheel 32, one end being fixed thereto. 4At 41 is shown the disengaging trigger adapted toactuate the trip 15 when the cord 10 is unwound from the wheel 32, whether the winding wheel bein its full line or dotted line position of Fig. 3. This trip is pivoted at 42, and has a normal outward movement under the action of the spring 43, when not otherwise restrained, see Figs. 4, 5. Projecting from the trigger is the pin 44 movable withinthe slot 45 of the winding wheel. When the wheel32 is rotated with the trigger in the fully line position of Fig. 4 the trip 15 is engaged thereby and the splindle 14 with the control arm 16 is moved through an are from the full line to the dotted line pocorrespondingly rotated and the thimb-le 30V 'is thereupon moved Jfrom the position shown "sition of Fig. 5, at which time the cam 17 is -tion `of the film,

tension of the` compression spring 31 sol that the winding wheel atisuch time drops out of engagement with the crown wheel 33; that is, from its dotted position to its full line position of Fig. 3. This action is occasioned by the coil spring 35, having a slight distortion soy that the said spring 35 serves not only as a nf'inding spring for the cord but also as an axial displacing spring for thewinding wheel, of' slightly weaker effect, however, than the compression spring 31. Y l

It will be noted that the pin 44 controls the movement of ,the disengagingl trigger 41, in that when the cord is wound upon the Wheel 32 the pressure of the said cord moves the pin 44 through the slot 45 towards the center 47 at which time the trigger 41 will be in its dotted line position Fig. 5 and Will at all times remain in such position out of engaging range with the ltrip 15 unless the cord 19 is unwound to its limit 'from the wheel 32. Y

It will also be noted that when the trip 15 is actuated by the triggerv 41, the pawl arm 12 is moved by the'iinger 13 'from the full line position 4to the dotted line position of Fig. 5 and the pawl end 48 on the arm 12 willmove the regulating wheel 11 through the distance of one tooth of the series 49, see Fig. 6.v

, One complete revolution of the regulating wheel corresponds with the use of one complete spool of film, and theposition ofthe film at any time is determined by the tally disc 18 in mesh with the said wheell and which disc is observable at all times 4through the window 50, the said disc carries on its face suitable numbers and stars or other characters toindicate' the progress` and posi- At is shown a spool of new film which `upon vbeing inserted in the camerafpresses against the spring 29 which thereupon actuates the trip 19 causing the regulating Wheel to rotatea distance corresponding with Vthe tooth 21 on the upper' side of said wheel and in the direction of .the arrow 56, see Figs. 2, 18 14, 16 and 17. At the same time this movement of the regulating wheell corresponds also with the length of the interrupt'- ed spaceoccupied by the tooth 57 now 'positioned over the pawl 48; the parts having been in the position shown in, Fig. ,16 immediately before the actuation of the trip 19 g that is, Abefore the said movement has'talren i place7 .the trip 48 has been free to` ride in the space 57 Without, however, engaging the l next `tooth; and when the trip 19 makes the full movement ofthe tooth 21 the tooth 57 4'is thereby advanced until,` the pawl 48 may upon its neXt stroke -fall into engagement with the first ofthe series of teeth 49. 'I

It will now be noticed that the regulating wheel will be advanced through a distance corresponding with one `tooth of the-- series l 49 for every reciprocatlon of the pawl 'arm i.

'12, and also-that this movementfwill take f place whenever the cord lO-'is pulled out unwinding to `itslimit from the wheel 82, unless the arm 16 is already held by the lock- Y ing plate 24.

The movement of the -c-ord 1() from its full woundto itsf'ull unwo'und position corresponds with the opening of the camera',

such, that the front plate -8 is moved from the full .closed to thefull openv position as shown in Fig. 1, and the parts are to be proportioned and timed so that the said movement of the cord 1'() rotates the' spool 7 an amount corresponding with not less than that required to bring the first section of,l the sensitized film into position of the picture 'area shown by the dotted lines 58 of Fig/2.

` The cord is adapted yto pass'through the bushing 59 and front plate 8shovvn inde-v tail inFig; 24 and has attached to its front a ring 60. This bushing is of such size vthat the abutment 28 will pass freely therethrough and when theV camera is closed or' in its collapsed position-thering 60 maybe l pulled outward to draw the cord 10 through the bushing-59 actuating'the Winding wheel 82 for one complete stroleand Vthenreleased. This movement 1s repeated as often as may be necessary to Wind off the first leader or dead portion of' the film.v

By referring nowito the tally discit will be seen that there is inscribed on its face a zero character A'at l61 corresponding with the'ne'w film 55 being inserted but not yet As the leaderis wound on to unwound. K the spool 7 ,by the movements of" the cord 10, just' 4des'cribed,the tallydisc is-Inoved 105 until the numeral 1 shows under the window 50 at, which time the first section of' `lm will be in the position 58. The film Vis nowready for the first exposure. v The shutter actuating mechanism is indicated in Figs. l18to 23 and consists 'primari- `ly offa finger member 65 of spring material,

slidably supportedby the butto'n62 in a slot within which it may becaused to disappear;' a projecting fork 66 is providedin ytongue 70 which latter Vis adapted to travel downward in the slot 71 past the end of the spring 72, so that upon being released the finger membeireturns upward under" action ofthe spring 68, the end 72 diverts theV 'movement ofthe pin 7 O, causing it thereafter to travel upwardin the caml slot 7 8, so that the lug 69 thereupon engages yon the inner side of the ldog 74. VThis dog is normally pressed ldownward by the spring portion The'upper end of the* fingerV ioo 75 so that whenv the movement just describedpivoted at 68, the opposite end of which atV 77 is normally under the action of the spring 78 to force the lever into the full line position shown.r Thislever has a cam edge 79 with which the vertical movement of thc finger member co-operates to shift the saidxface 7 9, from the full line position of ,Figi 22 into the dotted line position 80, 81,

82-and 88. The dog- 74 has the downward projecting surface 84 with which the upper end of the arm 76 is adapted to co-operate raising' the dog clear of the lug 69 as shown in Fig. 23, when the arm 76 moves from its full line lposition Fig. 22 intothe dotted position 81 of the said figure.V During the movement of the lsaid arm, the dog 74 is raised, the nlug 69 is released and the dog 74 falls back into the position of Fig. 18 with the finger member released and restored into operative position as therein kindicated under the action of its spring tension. Mounted on the double-ended arm 76-77 is the lug 85 which is bent around as shown also in Fig. 21 and which lug is adapted to slide over or under the locking plate 24, shown in dotted position of Figs. 13, 14. At 86 is shown a lock spring which, whenthe arm 77'is moved into the position 82 the said springfa-lls'into the position. 87 with its end against 82 locking the said `double-ended .A

lever in its shifted position. The lug 85 is now in the dottedposition 88 and when the camera is closed the said lugjustpasses under the locking lever 24. Y Y

At 88 (see also Fig. 2) isaprojecting pin which passes freely through the hole 89 as the Vlast movement of the camera closure is 1 ,Fig. 5, which latter action takes place through the spring 90 diagrammatically indicated.

It will now be seen that if the camera is ready for an exposure but vno exposure has been rmade the parts willv be in the full line position shown in Fig. 22 and the lug85 clears over the plate 24. The said plate then retains the arm 1.6 in locked position of Fig.

i the 14, regardless of whether or not the lcamera be openvor closed an indefinite number of times, but after the actuating of the shutter by the finger member 65, the lug 85 will be placed in the position 88 such that when the camera is again closed the locking plate 24 will be actuated thereby as above described resulting in the release of the control arm 16 whichmoving into the dotted position 16 ofFig. 14 will shift the` cam 17 from the position of Fig. 8 to that 'of Fig. 9 whereupon the'winding wheel 32 will be again engaged with the crown wheel 83 and the parts be thus positioned so that when the camerais again opened and the cord 10 thereby withdrawn, the winding wheel will move the film, windingthe exposed section and positioning a new section at 58, and the tally disc will move so that the next numeral will be indicatedV under the window V50. The camera is now ready for another exposure. it will also be seen that if one exposure has been made the finger member 65 will have moved into its collapsed or disappeared or inoperative position shown in Fig. 20 and Vwill be there held by the ydog 74 until the arm 76 has moved to release the said dog yand that this last movement will not take spring 86 when the spring 78 actuates theV said arm 76 releasing the locking plate 24, as above described, thus the control arm reestablishes the operative position of the winding wheel and crown wheel for the lmy spool 7.

Referring now toFig. 25 wherein is shown shutter restoring mechanism. The

`numeral 96 indicates a lever pivoted at 97 and adapted vto be actuated by the trip 98 carried by the lazy tongs 9 so that as the camera front. 8 is collapsed the lever 96 is raised. This movement actuates the bell crank V99-99 Ahaving an arm 100 which is adapted toengage the shutter setting lever .95. V

It will now be seen that the collapse of the camera front shifts the arm 100 to the left in the figure, Vthereby moving the shut.

ter into the position 'of 1/25 of a second. This being the position chosen in the illustration Fig. 11 as that of maximum use and it will also be seen that when. the camera is open the lugl 98 permits the lever 96 to fall, causing the arm 100 to move to the right so that 'at times of camera use the operator may adjust the shutter to Vany setting he desires, and then upon closing the vcamera the shutter will be restored to the 1/25 position. If the operator has opened but failed to close the shutter as when tale ing a time exposure requiring two shutter operations, the movement of the arm 10() on closing the camera will not only restore the shutter to theaforesaid setting of 1/25 of a second but willalso closethe shutter and prevent the possibilityof spoiling the next film.

The front foot or camera rest isshown at 105, see Figs. 26, 27, 28. This foot is normally under the tension ofthe spring 106 to force it from the full line tothe dottedline position and is only restrained from moving into said position bythe latch 109. The spring 106 is carried` on the button 107 mounted on the" spring arm 108 and the latch 109 holds the foot in the full line posi-- tion due to the action of the spring 108. To bring the foot into use the operator presses the'button 107. This movement disengages the foot from the latch 109 under the action of the spring 106 and the foot moves into its dotted position. p

At 110 is shown a cross bar connected with some movable vposition of the camera,'prefer` ably withthelavzy tongs 9, and which when the camerav is open is thereby moved into the dotted position of Fig. 26. `At 111 is an arm and rollerprojecting from the said foot which is engaged upon the closing of the camera, and the downward movement of the cross bar 110, carrying the said foot from the dotted position into the full line or collapsed position until it rides over the sloping surface of the latch 109 and is snapped or engaged behind the said latch by the action of the spring arm 108. Or the spring 106 vmay also have a compression in the direction of button movement, and the member 10,8 may be rigid, in which case the expanding of the spring 106 `may be utilized vto snapthe said foot in position` behind the latch 109.

The operation is as follows: Assuming the camera to be empty of film and closed; the first operation is that of removing the conventional cover platefrom the film compartments; the new spool of film which is to be inserted in the camera is unsealed and the free end of the first leader laced through the slot 4 in the spindle of an empty spool 7 in the conventional way. The spool of new film is now introduced in the compartment over the regulator wheel at which resultsin a lateral movement of the spring lever 20 causing a rotation of the regulator wheel corresponding with the tooth 21 and sets the regulator wheel in position to thereafter be rotated tooth by tooth for each of the movements of the pawl arm 12.

` Simultaneously with the introduction of this newfilm the spool 7 is inserted in the other compartment adjacent the winding wheeland is fixed or clutched into engagement with the crown wheel .in the conventional way. `The film compartments are now closed with the cover plate and the remaining portion of the leader is unwound `from the film spool 55 and wound on the spool 7 by drawing the ring 60 on the operating cord 10 outward to its limit. This rotates the winding wheel and therefore the spool 7 through one cycle of winding operation, causing a kcorresponding movement-of the ring and cord are released, engageV the Y said lever lifting the locking-plate and permitting the re-engagement of the Ywinding wheel with the crown wheel. A second pulling outward of the Yring winds a second portionof the first leaderv on the spooland brings the second star into Aposition under the window 50. The ring 60 is Inow released and a lthird movement outward `ofthefsaid cord bringsthe'third star into position, "placing the last portion of the first'leader into the dotted position 58 of Fig. 2. The camera front may now be pulled out preparatory to `taking thefirst picture-and this movement causes'another cycleof operation of the parts bringing the first section of sensitive film into the position 58, and the camera is ready for an exposure. Or this lastloperation may be performedby anotherv cycle of cord movement without pulling out the front of the camera. In 'anyevent when thefirst section of "sensitized film is positioned at 58, readyfor the first exposure the cam surface 37 on the regulator wheelhas caused a movement of the cord lever 426 such 'that it is out-ofengaging yrange of the 'clevis28 and therefore the locking plate 24 will retain the lever `16, and the'winding wheel -is thus retained in disengaged position from the crown wheel. `vNo `vfurther winding ofthe film can therefore occur, however Vmany timestheA camera may be opened or thecord pulled until the locking plate 24 is ldisengaged from the lever 16. f

This last occurs only yafter the shutter has been operated; that is, after the first section f film hasl been exposed through the actuation of the shutter.4 l

This shutter actuation has occurred after setting the diaphragm and shutter in the conventional way, for either time or instantaneous exposure and then depressing the finger member `65.l Assuming the shutter has previously been set for instantaneous exposure, this finger member now upon beingl released disappears within the adjacent slot of the front plate, an-d is held in such position by the dog 74 so that no further operation or exposure can `be effected on the 'first sect-ion of film; If the shuttelhasbeen set for a'time exposure, the Afinger member returns upward only part way through' the cam s lot'73fnot collapsing into ,its final disappeared position, and is thereuntil `certain other movements have taken place. Operation of the finger memberhas actuated the cam edge 79 setting the lug V85 into its dotted position 83, such that the said lug engages under the locking plate 24 wh-en the camera is closed and not otherwise. It will be remembered that the locking plate is in a position holding the lever 16 so that the winding wheel is out of vengagement with the crown wheel. Upon closing the camera the pin 88 passes through the hole 89 releasing the lock spring 86 whereupon the lug 85 is restored to its originai position, carrying with it al movement of the locking plate `24 to release the lever 16` whereupon the cam 17 raises the thimble, and therefore the winding wheel, engaging the ratchet between the said winding wheel and the crown wheel, so that the parts are now set for the winding of a second section of film.

The shutter mechanism is also reset coincident with the movement of the lug 85 bythe arm end 7 6 releasing the dog 74 and thus restoring the lfinger member 65 into its operative position, in which position it is now retained by the said dog.

The camera may now be used for a second exposure by pulling the front outward as before, which vwinds the second section of film into the position 58and the number 2 shows ,on the tally disc under the window 50, andthe shutter is ready for the second exposure.

This cycle of operations may be continued until Athe last section of film is wound into position 58 and exposed and theV camera closed after which the next movement of the cord outward brings the cam surface 38 of the regulator Wheel into action bringing the cord lever into position to be acted on by the clevis. y

Itwill be noted that if my shutter has been opened for a time exposure and the operator has failed to make the second finger member movement to close the shutter; as the camera front is collapsed the lug on the lazy tongs actuates the shutter-restoringmechanism setting the shutter at the most used position land also insures a closed shutter whenever the camera is closed.

It also retains a closed shutter unless new sensitized film is in the proper position for a single exposure. It prevents more than one exposure on'one section .of film, and it provides for automatic winding and positioning of film at all times. It is to be noted that while I have shown a preferred mechanism comprising an element connected at one end to a movable part of the camera and adapted to be wound on a winding wheel, a driving wheel, and a winding wheel in axial alignment, clutch means between said wheels, cam actuated means for engaging or disengaging said clutch means, a

spring to actuate said winding wheel, a trip associated with said wheel'constructed and adapted to actuate said cam means to dis-` engage the clutchmeans when the element has been unwound and to collapse out of engaging position with said cam means when the element is being wound on said winding wheel.

2. In a folding camera, apparatus as set forth in claim l wherein said spring also exerts a tension to disengage said clutch means.

In a folding camera, apparatus as set -forth in claim l and a spring and thimble interposed between said winding wheel and said cam means.

4. In a folding camera, film winding mechanism comprising an element connected at one end to a movable part of the camera and adapted to be wound on a winding wheel, a driving wheel and a winding Wheel in axial alignment, clutch meansbetween said wheels, cam actuated means for engaging. or disengaging said clutch means, a spring to actuate said winding wheel, a trip associated with said wheel constructed and adapted to actuate said cam means to disengage the clutch means when the element has been unwound and to collapse out of engaging position with said cam means when the element is being wound on said winding wheel, a control arm rigid with said cam actuated by said trip and a locking plate for said arm adapted to hold said control arm and thereby said cam in position corresponding with disengaged clutch means, and release means adapted to release said plate when the camera is closed.

5. Apparatus as set forth in claim 4 and shutter mechanism controlling said release means and constructed and adapted to bring said release means into operative position to actuate said plate following a shutter operation.

l6. Apparatus as set forth in claim 4 and regulating mechanism and a connection for actuating said mechanism integral with said cam.

' 7. Apparatus asset;v forth in claim 4 andl regulating mechanism and a connection for actuating said mechanism integral with said cam, said regulating mechanism' comprising a regulating Wheel and a series of ratchet teeth and an interruption insaid series and n a pawl arm actuating consecutively ,the teeth of said series, and independently operable means to advance said regulating wheel over said interruption.

8; Apparatus as setrforth in claim l and" teeth and an interruption in said series andY a pawl arin actuating consecutively the teeth of said series, and independently oper1 able means to advance said regulating wheel over said interruption adapted to be actuated upon the insertion of a film spool,

`9. Apparatus as set forth in claim 4 and regulating` mechanism 'and a connection for.

actuating said mechanism integral With said control arm, a cainsynchronous with 'said regulating mechanism andan element engaging lever adapted to actuate the locking platel and to be positioned by said cam in accord with predetermined `lilm positions, means associated with said element to actuate said engaging le-Ver when said lever is so positioned and -to thereby release said locking plate when the element. is Wound on the Windingwheel. i Y i 10. Apparatus as set forth in claim l and regulating` mechanism and a connection for actuating said mechanism integral With said control arm, lsaid regulating mechanism comprising a regulating Wheel and-a series of ratchet teeth and an interruption in said series and a paWl arm actuating consecutively the teeth of said series, and independently operable means toadvance said regulating Wheel over said interruption, a cam synchronous With said regulating Wheel and an element engaging vleveradapted to actuate the locking plate and to be positioned by said ci m in accord with predetermined film positions, means associated with saidelement to actuate saidengaging lever When said lever is so positioned and to thereby release said locking plate when the element is Wound on the Winding Wheel.

ll. Apparatus as set forth in claim 4: and regulating mechanism and a connection for actuating said mechanism integral With 'said control arm, said regulating mechanism coniprising a regulating Wheel and a seriesl of ratchet teeth and aninterruption in said series and a pawl arm actuating consecutively the 'teeth of said series and independently operable means to advance said regulating Wheel over said inter ruptioii adapted to be actuated upon the insertion of a lilm spool, a cam `synchronous With saidregulating Wheel' and an 'element engaginglever adapted to actuate the locking plate 'and tobe positioned by. said cam in accord with Vpredetermined film positions,

means associated Withfsaid element to actuate said cord lever" when said leveris vso positioned and to thereby release said locl{- ingplatewlien the element is Wound on the Winding-Wheel.

12., Apparatus as set forth in claim 4 andA regulating mechanism and a connectionfor actuating said mechanism integral with said vcontrol arm, a cam synchronous with said regulating Wheel and an engaging lever adapted to actuate the locking predetermined film positions, means associated with said element to actuatesaid enplate Vand to, vbe positioned by saidl cam in vaccord with gaging lever when said lever is so' positioned and to. thereby release said locking plate when the element is Wound on the Winding l Wheel` and at .other positions of the lcam moving the said engaging lever out of lthe range of said element actuatingmeans.l

13. `Apparatus as set forth in claim .el and regulating mechanism and a connection for actuating saidmechanism integral-With said.

control arm,` said lregulating mechanism comprising a regulating Wheeland aV series of ratchet teeth and an interruption in said series and a paivl arm actuating consecutively'the teeth oit said series, and independently operable means to advance said regulating Wheel over said interruption, and at other positions of the cam ymoving the said engaging lever out-'of the range of said element actuating means.' i

lei. Apparatus as set forth in claim t and regulating mechanism and a connection]A for actuating Vsaid mechanism integral Withv 'sa-id control arm, said regulating mechanism comprising regulating Wheeland a series of ratchet teeth and an interruption in Isaid series land a -paWl arm actuating consecu-A tively the teeth of said series, .and independently operable means to advance said regulating Wheel over said interruptionV adapted to be-actuated upon insertion of a lilm spool and at other positions of the cani moving the said engaging lever out of the range of said element actuating-means. i

In a iilm Winding camera a shutter, means for operating said shutterinchiding an operating member and an adjacent slottherefor, displacing means forcing a move nient of said `member into a disappeared positi on when the member is operated and `then released, and a spring forcing saidmember into' said disappeared position When the ineinl'xer is released, a dogadapted `to hold said member in said disappeared position, releasing means for said operating member actuated by the Winding of the film.

Y l. a film Winding camera, the combination of a shutteigiiieans for operating said shutterincluding an operating member and an adjacent slot therefor, displacing means forcing a movement otsaid member into a disappeared position when the' member 1s l"oper-ated and then released, and a' spring -iiorcing said member into said disappeared positionvwhen the member isreieased, 'a dogAV adapted to hold said memberl in said disappeared position,'releasing means for "aidA op'- erating member actuated vby the winding'otf the film, a lug adapted to be shiftedV on the operation ot the member, a catch adapted to Vhold the .lug` iii said `shit'ted position.

17. in a iilin winding camera the combination oit a camera shiitter,n'ieans tor oper- `atingsaid shutter including an'operating member and an adjacent slot therefor, displacing means Jforcing a movement ot said member into a disappeared lposition'when the memberis operated and then release-d, and a spring forcing saidmember into said v disappeared position when the member is released, a dog adaptedto hold said member in saiifldisappeared position, and releasing i'i'ieans'i'or said operating member actuated bythe winding of the film. v

18.111 a film winding camera the con'ibi-l nation `ot a camera shutter, means tor operating said shutter including an operating member and an adjacent slot ther i'or, displacing means forcing a movement oit said member vinto a disappeared position when the member is operated and then released.,

and `a spring forcingl said member into said disappeared position when the member is released, a dog adapted to hold saidmember in saiddisappeared position and releasing means for said operating member actuated bythe winding of the iilm, alug adapted to beshi'ted on the operation ot' the member,

a catch adapted to hold the lug in said shitted position, and a device' adapted to shift vactuate said plate following' a shutter operation, in combination with a shutter and mechanism and means for operating said shutter including an operating member and an adjacent slot therefor, a cam track establishing a cycle of movement of said member into collapsed` position when the operating member is operated-and then released, and a spring forcing said member through said camv track when the member is released, a dog adapted to hold said member in collapsed position, a'jiiig adapted to be shifted on the operation ot the member, a i lock spring adapted to holdthe lug in said shitt-` led position` and releasing means positioned on said 'camera to reiease said catch and said liig whenthecainerais collapsed.Y Y

2i. in con'ibination vwith a folding camera apparatus vas set torth in claim 1t? and a spring Ytrom collapsed position, and spring means Vacting` to restore said member to said operating position, in combination with iilm winding mechanism comprising a driving wheel and a winding wheel in axial alignment, clutch means between said wheels,

cam nieansl tor engaging or disengagingsaid clutch means, a springto actuate said windinc' wheel, a trip associated with `said winding wheel constructed and adapted toactuate said cam means Vto disengage the clutch means when the element has been univoiind and to collapse out of engaging position when the element is being wound Aonsaid winding jivheel, and said elementconnected at one end to a movable pario'jv the camera and adapted tobewound on the winding wheel 22. in combination with 'a folding camera, apparatus as set forth in claim 18, a device positioned onr said camera adapted to release Ysaid catch and saidl lug and said device and a spring adapted to return said lug and said deviceto their iirst position, during which movement said dog releases said member from eollapsedposition, in combinationwith a spring and thimble interposed between said winding wheel and said ycam means.

V23. In combination with a folding camera, apparatus as set forth in claim 18, and a spring adapted to 'return said lug and said device to their iirst position duringl which y adapted to return said'lug andsaid ydevice to their hrst position during which njicvenieiit said dog releases said member.

movement said dog releases said memberV from collapsed position, in combination with a control arm rigid with a cam and a locking plate for said arm adapted to hold said control arm and thereby said cam in position corresponding with disengaged clutch means, and release means adapted to` release said plate when the camera is closed.

. 241;. In combination with a camera having a rear portion'constructed and adapted to utilize iilm, a front portion movably connected with said rear portion, said rear portion provided with a pocket for receiving a roll of iilm and a second pocket for receiving a spool, a rotary'member having connecting means to said spool, a winding wheel axially aligned with said rotary member and adapted to move into or out of clutch engagement with said member,.mechanism constructed and V.adapted to move said winding Wheel axially, connections between said front portionl and said winding wheel whereby said wheel is rotated when the front is moved, and a movable trip on said wheel held out of engagement with a trigger when the front is moved throughout thegr-eater part of its range of movement and released to engage said trigger during the last part ot said movement, a trigger and associated devices adapted to move said wheel away lirom engagement with said member when the `rigger is actuated by the trip.

25. In combination with a folding camera, winding mechanism constructed and adapted to wind a predetermined length of film at each cycle o't camera operation, a pawl arm and means to actuate the same on the last ot each winding operation, a regulating wheel with one large and a plurality of small teeth and provided with a cam edge, said pawl arm having a range of movement less than said large tooth and adapted to engage consecutively said plurality of teeth, a leverthe member is operated and then released,

riding on said cam, a locking arm adapted to lock said iirst named means when a cycle ot' winding has been completed, and said lever adapted to shift said locking arm out or' said locking engagement.

2G. In a folding camera, ilm winding mechanism comprising an element connected at one end to a movable part of the camera and adapted to be wound on a winding wheel, a driving wheel and a winding wheel in axial alignment, clutch means between spring to actuate said winding wheel, a trip associated with said wheel constructed and adapted to actuate said cam means to disengage the clutch means when the element has been unwound'and to collapse out of engaging position when the element is being wound on said Winding wheel, in combination with shutter mechanism and connections between said shutter mechanism and said winding wheel constructed and adapted to automatically engage the winding wheel to wind the lilm.

27. In a tilm winding camera, a shutter having a time setting means, means for operating Asaid shutter including an operating member and an adjacent slot therefor, displacing means torcing a movement of said member into a disappeared position when and a spring forcing said member into said disappeared position when the member is released, a dog adapted to hold said member in said disappeared position, releasing means 'lor said operating member actuated by the winding of the lilm, mechanism constructed and adapted to shift the shutter setting from a time exposure on closing the camera.

JOSEPH MAR-TIN RESCH. 

